Ardetem Dip 506 Instruction Manual

ÉTUDES ET RÉALISATIONS

ÉLECTRONIQUES / INSTRUMENTATIONS / AUTOMATISME

Route de Brindas - Parc d’activité d’Arbora - N°2

69510 - Soucieu en Jarrest

Tél. 04 72 31 31 30 - Fax 04 72 31 31 31

Tel. Intern. 33 4 72 31 31 30 - Fax Intern. 33 4 72 31 31 31

ARDETEM - TA IN/54 v.03 -A 01/10 - Any data in this documentation may be modified without prior notice.

ARDETEM

Soucieu en Jarrest - FRANCE

http: //www.ardetem.com - e-mail: [email protected]

DIGITAL PANEL METERS

programmable -10 000 / +100 000 points

User handbook

Valid for instruments with version 03.xx

DIP 506

p1

Technical manual DIP506

Summary

Technical manual DIP506

Summary

1 . INTRODUCTION P2

2 . SPACE REQUIREMENTS P3

3 . CONNECTINGS P3

4 . PROGRAMMING P4

4.1 Communicating with the instrument p4

4.2 Oritentation through the programming p5

4.3 Main menu p5

4.4 Programming menu p6

4.4.1 Input programming p6

4.4.2 Display programming p7

4.5 Input features and programming limits p11

4.6 Output features and programming limits p11

4.6.1 Analog output p11

4.6.2 Digital output p12

4.6.3 Relay output p12

4.6.4 Safeties p13

4.6.5 Display features p13

4.7 Instrument configuration p15

4.8 Reading of the configuration p16

4.9 Access code p16

4.10 New programming p16

4.11 Functions accessible in the main menu p17

4.11.1 Display simulation p17

4.11.2 Analog output simulation p17

4.11.3Menu : Clear .Deleting of the recorded alarms p17

4.11.4 Menu : t.tare p17

4.11.5 Menu ClrM deleting of the min and Max values p18

4.11.6 Menu Inf Display of the min value p18

4.11.7 Display of the Max. sup value p18

5.1 Other functions p18

5.1 Visualisation of the direct mesasure p18

5.2 Visualisation and adjusting of the alarm setpoints p18

5.3 Automatic setting p19

6. APPLICATION EXAMPLES P20

7. ERROR MESSAGES P20

8. GENERAL WARRANTY CONDITIONS P20

9. LEXIQUE P20

10. MODBUS ANNEXE P24

p2

The DIP506 is a high accuracy programmable panel meter, for gauge

bridge inputs. It is equipped on its front face with a red display of five

14mm high digits, whose brighness suits applications in industrial control

rooms perfectly.

It allows display, control and transmission of data from all types of strain

gauges or pressure sensors.

• The DIP506 entails as standard version:

4 bidirectionnal voltage calibers:

± 10mV, ±20mV, ±50mV, ±100mV

Accuracy = 0,05% of the measure range at 25°C

Thermic drift < 200 ppm/°C

Measurable overstepping from -5% to 5% of caliber

Enlarging effect

Special linearisation in 20 points

Bridge excitation voltage:

Programmable 5V ±0,1% or 10V ± 0,1%, 120mA max.

Line resistance: 20 Ω max.

• The DIP506 S is the fast version of DIP506 with 50 acquisitions per

second instead of 10 acquisitions for the standard version

AVAILABLE OPTIONS: (specify on order)

Insulated analog output: A

Active or passive current output, or voltage output.

Programmable scale ratio with enlarging effect.

Relay output: R or R4

2 or 4 relays: mode setpoint or window.

Latching function.

Time delay and hysteresis adjustable on each setpoint.

Alarm messages

Insulated digital output: N

RS 485 2 wires, protocole MODBUS-JBUS.

LOGIC input 2 insulated LOGIC inputs with programmable functions

Display hold,

1. INTRODUCTION Decimal point moving,

Function tare,

min. and Max. zero reset.

Bargraph: (display 16 leds) : B

Allows fast evaluation of the measured value variations.

Programmable scale factor

GENERAL FEATURES

• Number of acquisitions per second:

DIP506: 10

DIP506 S: 50

• Input impedance ≥ 100 MΩ

• Common mode rejection rate: 120 dB

• Zero drift compensation

• Insulation: Input / Power supply: 2,5 kV eff. 50Hz-1min

Input / Output: 1 kV eff. 50Hz-1min

• Power supply: (specify on order)

2 Versions: High Voltage or Low Voltage

High Voltage: 90...270 VAC and 88 ...350 VDC 50/60/400 Hz

Low Voltage: 20...53 VAC and 20...75 VDC 50/60/400 Hz

• Power draw: 6 W max. 9 VA max.

• Complies with standards EN 50081-2 on emission and EN 50082-2;

on immunity (in industrial environment)

EN 61000-4-2 level 3, EN 61000-4-3 level 3,

EN 61000-4-4 level 4, EN 61000-4-6 level 3.

CE marking according to Directive EMC 89-336

p3

Protection:

Front face: IP 65

Case: IP20

Terminals: IP 20

Case:

Self-extinguishing casing in

black UL 94 V0 ABS.

2. SPACE REQUIREMENTS

Case dimensions: (with terminals)

96 x 48 x 124 mm

Panel mounting

Cut out 44 x 91 mm

external

seal

Fitting panel

Max. thickness

case

tightenings

Terminals

Connectors plug-off connectors on rear

face for screwed connections (2,5mm²,

flexible or rigid)

Display:

-10 000/+100 000 points (14 mm)

Electroluminescent red (green optional)

4 alarm Leds

+ 4 Leds with programmable functions

3. CONNECTINGS

4 5 6789

INPUTS

A+ A-

R+ R-

S+ S-

LOGIC INPUTS

(optional)

For a wiring in 4 wires,

connect terminal 4 to terminal 5 and

terminal 8 to terminal 9

32

33

34

LOG 1

LOG 2

COM

2 channels

or

A

23

24

25

LOG 1

LOG 2

COM

2 channels

C

E

20

21

22

1 2 3 4 5 6 7 8 9

Drawing of terminals location

(view of case rear side)

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

CE

D

B

A

123

-

~

+

AC

DC

POWER SUPPLY

A

p4

OUTPUTS (options)

26

27

28

29

30

31

2 RELAYS

T1

C1

R1

T2

C2

R2

T : NO

C : Common

R : NC

0-4/20mA active

ACTIVE CURRENT

0-4/20mA passive

external source 30 V max.

VOLTAGE

PASSIVE CURRENT

32

33

34

35

36

37

4 RELAYS

20

21

22

DIGITAL

Data link RS 485

B

A

COM

T3

C3

R3

T4

C4

R4

or

+

23

24

25

V

Lr

+

-

+ -

23

24

25

mA

CC

E

D

B

20

21

22

1 2 3 4 5 6 7 8 9

Location of terminals

(view of case rear side)

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

CE

D

B

A

4. PROGRAMMING

4.1 Communicating with the instrument

Alarms

Led 1

Led 2

Led 3

Led 4

Functions

Led 5

Led 6

Led 7

Measure dis-

play

From the measuring, several funtions are available simply by

pressing 1 key, or 2 simultaneously.

All accesses to these functions can be modified in the menu

SEt.CF. (see page 10 ).

As standard, these functions are:

Direct access by pressing 1 key:

Display of the min. value (AF.inF see page 18 ).

Display of the Max. value (AF.SUP see page 18 ).

zero reset of the min. and Max. values (clr.M see page 18 ).

Access to the main menu (not modifiable, see page 5 ).

Direct measure visualising (see page 18 );

Visualising and setting of alarm setpoints (see page 18)

Access to menu tare (see page 18 );

Zero reset of alarm memories (see page 17 );

Tare zero reset (see page 18 );

Automatic input setting (not modifiable,

see page 19 );

Reading convention:

Move through main menu

Return to main menu

Blinking display: awaiting validation or setting

Alternating information display

+

M

+

M

+

M

+

M

«

M

Between each entering, confirm

the cipher with

p5

4.3 Main menu

Mode

configuration

reading

(see p 16 )

If code correct,

access to the

programming

menu

(see p 6 )

Analog out-

put simula-

tion

(see p 17 )

Authorized by

access code*

Deleting of

the recorded

alarms

(see p 17 )

and

6888

6588

6528

6520rEAd ProG

CodE

8 888

GEnE. CLEAr

«

CLr.M

«

SUP.

«

Programming

of the access

code

(see p 17 )

Display

simulation

(see p 17 )

Authorized by

access code*

(relay / analog

output)

(analog

output) (relay output)

P.CodE SIMUL

«

Zero reset of

the min. and

Max.

(see p 18 )

Visualisation

of the Max.

value

(see p 18 )

InF.

«

Visualisation

of the min.

value

(see p 18 )

Access to

menu tArE

(see p 18 )

Authorized by

access code*

t.MEnu

«

scrolling of

menus

vertical

move

Entering of the access code.

The access to the programming menu is

protected by a 4-cipher code. The code is

0000 on factory exit (to change this code

see page 17)

Entering of a parameter:

First start by increasing or decreasing:

The 1st digit and the sign: from -9 to +9.

The 2nd from 0 to 9.

The 3rd from 0 to 9.

The 4th from 0 to 9.

The 5th from 0 to 9.

Main menu

(continuation)

4.2 Orientation through the programming

The dialogue is ensured by 4 keys located on the front face.

Move through the menus

downwards, or decreasing

of the displayed value

Validation of the displayed parameter

or access to a sub-menu

Exit from a sub-menu to

access the next menu / access

to the programing exit menu

Note: In mode programming, the instrument will automatically revert to

the measure with the previous configuration if no key is pressed during

1min.

Move through the menus

upwards or increasing of

the displayed value

M

65280

M

p6

M

InPut

4.4 Programming menu (according to options)

dISPL.

OUt.MA OUt.U

JbuS

tor

rELAY

SECU

Pr.diS

SAvE

Access to the input programming

p6

Access to the scale factor programming p7

Access to the analog output programming p7

(option analog output)

Access to the communication parameters (RS485) p8

(option digital output)

Access to the programming of the LOGIC inputs p8

(option LOGIC inputs)

Access to the programming of the relays (2 or 4 relays) p8

(option relay output)

Access to the programming of the output and the relays p9

in case of self-diagnosis error

(option analog or relay output)

Access to the display programming: p9

Leds, Bargraph, Display brightness

Access to the instrument configuration menu p10

Access to the programming exit menu, with or p11

without configuration saving

Note:

⇒ Press key to revert to the menu

⇒ In mode programming, the instrument will automatically resume

measure with the previous configuration if no key is pressed during

1min.

M

diSPL.

Note:

Press key to revert to menu

SEt.CF

or

M

Note:

Press key to go on to next menu

Move through menus / choice

Upwards move / increase

Validation / vertical move

Downwards move /

decrease

Exit / menu access

M

4.4.1 Programming of the process

signals input

caliber choice

down scale

-110.0 < x < 110.0 (mV)

Note: For the entering of the

down and full scale and the

linearisation points, (value in

mV), the decimal point must

be adjusted after

programming the 4th digit.

For the automatic setting

see page 19.

If special linearisation

enter the number of points

from 1 to 18

special linear

functions

«

d.in

«

00.00

diSPL.

10.00 100.0

20.00 50.00

«

nb

«

0018

«

A01

«

00.00

«

A18

(1)

(1) (1)

full scale

«

F.in

«

100.0

(1)

«

CALib

«

Li.SPE

«

Funct.

«

00.00

InPut

linear

functions

«

LinEA. (1)

If special courve

p7

4.4.2 Display programming

Entering of the decimal

point location

* The changing of this param-

eter requires re-programming all

parameters related to the relays

and the analog ouptut, the bar-

graph as well as all following dis-

play parameters:

SPxx, hystx, do.diS, Fo.diS d.bArG,

F.bArG, d.diSP, FdiSP, bxx, Cut.oF

⇒ The instrument will

automatically resume

measure with the

previous configuration

if no key is pressed dur-

ing 1min.

«

04.00

«

dO.diS

Out.MA

Out.U

diSPL.

-.---

«

d.diSP

«

0000

«

F.diSP

«

5000

«

b01

Entering of the input down

scale “d.in” diplay from

-9999 to +99999

Analog output down scale

Analog output full scale

entering, display corresponding to the output down scale

entering, display corresponding to the output full scale

Entering of the input full

scale “F.in” display from

-9999 to +99999

Entering of the lineari-

sation points data from

-9999 to +99999

Setting in display points of

the same number of ordi-

nates “bxx” and abscisses

“Axx”

Setting in display

points

entering of the

cut-off from -9999

to +99999

according to options

IntEG : entering of the coefficient from 0 to 10

Integration indice

if integ ≠ 0

«

2000

«

b18

«

Cut.oF

«

4000

«

YES

«

2000

Out.MA

Out.U JbuS tor rELAY SECU

«

IntEG.

«

0010

«

no

or

or or or or

entering of the filtering action span in % of the measure range

0.5

0. 1 1510 100

or

or or or or

JbuS tor rELAY SECU

or or or

See also the safety features p13

Safeties

OFF: self-diagnosis

not active on relay

In case of self-diagnosis

LO: relay not active

HI: relay active

no: Led not used

tArE: Led lit if a tare has been entered

tor 1: Led indicates LOGIC input 1

tor 2: Led indicates LOGIC input 2

rS: Led lit in case of transmission on

the RS

Auto.O : Led lit while the instrument is

preforming an internal self-calibration

Pr.diS

«

SECU

«

br.diG

Pr.diS

«

rEL.2

«

no

«

rEPLi

«

02.00

«

LEd8

«

LEd7

«

1

«

2

«

5

«

10

«

20

«

50

«

100

p10

SEt.CF

Programming menu

of the accesses to

the functions

Possible key combinations for

access to the functions:

Features see page 15.

Note: The key and the code

can not be modified.

43--

M

Instrument configuration

SEt.CF

Instrument

configuration

«

SEt.CF

«

50 60

«

FrE.

«

yES no

«

Auto.0

«

5.000 10.00

«

ALIM.

«

StAnd.

«

SAvE.

«

butto.

«

AF.InF 4 - - -

«

AF.SuP - 3 - -

«

CLrM - - - 1

«

dir.In 4 - 2 -

«

AF.SPt - 3 2 -

«

CLEAr - 3 - 1

«

t.MEnu 4 - - 1

«

CLr.tA - - 2 1

SEt.

Fast version

only

4 - - -

- 3 - -

- - - 1

4-2 -

4 - - 1

-32-

-3-1

- - 2 1

M

Note: Exit from programming mode saving the configuration (SAVE, YES) will

automatically reset to zero the tare, min. and Max. as well as the recording of

alarms.

In case of modification of the decimal points location, the instrument will then

offer after a SAVE YES all parameters related to the decimal point which have

not been modified (see page 7 )

p11

SAvE

no

YES

Programming exit with or without saving

exit saving

configuration exit without

saving the con-

figuration

return to measure

display

Features

Measurable input limits: -5 to +5% of measure range

Example for caliber 100mV : from -110 to +110mV

Special linearisation:

For specific applications, the meter can memorise an unlinear curve

programmable in X and in Y.

The curve resulting from your equation can be replaced by a series of lin-

ear segments, with a maximum of 20 points

(19 segments).

Note: The values of the abscisses (x) have to go increasing d.in < A01

value < A02 value ...< F.in.

The adjusting of the points can be either manual or automatic (see page

19).

4.5 Input features and programming limits

Display

resolution

Input stage

resolution Accuracy

Caliber

from -10 to +10mV

from -20 to +20mV

from -50 to +50mV

from -100 to

+100mV

± 1 digit 14 bits 0,05% of the

measure range

Li.SPE

«

LOGIC inputs (optional)

• Board of 2 LOGIC inputs : Input signal 24 Vdc

Possible functions:

Display holding in case function LOGIC is activated .

The display and the analog output remain unchanged even if

the input signal varies. The relays still react to the input signal.

Zero reset of min. and Max. The activation of function LOGIC

will reset min. and Max. to zero

Activation of the function tare.

The meter switches to mode tare, the tare being the display

value present at the time of this activation.

Function moving of the decimal point

4.6 Output features and programming limits

4.6.1 Analog output or

Current output 0/4-20mA active or passive (Vmax.=30VDC) or

voltage output 0-10V

• Accuracy 0.1 % in relation to display (at +25°C)

• Residual drift ≤ 0,2%

• Admissible load 0Ω ≤ Load resistance ≤ 500Ω (current)

Load resistance ≥ 2 kΩ (voltage)

• Programmable scale ratio with enlarging effect

• Response time : 40 ms in relation to display

Analog output down scale (eg. 04.00 (4mA))

Analog output full scale (eg. 20.00 (20mA))

Display value corresponding to the output down scale

Display value corresponding to the output full scale

In mode measure the analog output can not exceed 10% of the greatest

of the 2 values: d.out and F.out

HoLd

CLr.M

tArE

Point

_.___

Out.MA Out.U

F.out

dO.diS

FO.diS

d.out

In case function LOGIC is activated, the decimal

point goes to its programmed location.

p12

4.6.2 Digital output:

- Data link RS485 (2 wires)

- Protocoles MODBUS-JBUS format of data: integer and double integer

- Single transmission format : 1 start bit

8 bits without parity

1 stop bit

Slave number between 1 and 255

Transmission speed between 1200 and 19200 bauds

Time delay before any answer

Table of modbus addresses, used functions: see annexe

4.6.3 Relay outputs:

2 relay outputs

or 4 relay outputs

• Hysteresis programmable independently in the display unit

• Time delay programmable independently from 0 to 25 s in 0,1s. increases

• NO-NC contact 8 A - 250 V on resistive load

Activation or de-activation of alarm x

The state of relay x depends on the entered programming

Relay x remains still.

Choice of the operating mode:

• Mode setpoint

• Mode window

• Mode setpoint

• Mode window

Choice of the state of the relay associated Led

The Led indicates the alarm state.

The Led is lit when the relay is active (coil supplied)

the Led is still when the relay is active (coil supplied)

Hysteresis setting in display points .

The hysteresis is active on switching from Led lit to Led still; i.e.

during switching out of alarm, as the Led represents the alarm

state.

SLAvE

bAud

dELAY

rEL.1 rEL.2

AL.X

On

OFF

rEL.1 rEL.2 rEL.3 rEL.4

OFF

OFF OFF OFF

ON

ON ON ON

setpoint

setpoint stpt stpt

Legend:

ON coil supplied

OFF coil not supplied

or

ModE.x

SP.X

- Hystx

HYSt.x

LEdx

On

OFF

setpoint OFF

ON

SPX.1

-Hyst.x

SPX.2 SPX.2

+Hyst.x

led lit

SPX.2

SPX.1 SPX.2

SPX.1

led still

p13

OFF

LO

HI

tiME.x

MEM.x

CLEAr

MESSx

• Time delay on the alarm

The relay time delay is adjustable from 000.0 to 025.0s. in 0.1s.

increasesIt is active both on switching and switching back.

• Time delay position

Time delay on switching on alarm

Time delay on switching on alarm and off alarm

• Latching function

Allows recording of the alarm after passing of the setpoint. When

measure reverts under the alarm setpoint, the relay remains switched

and the Led blinks to warn the user that the setpoint has been passed (to

reset the alarm recordings to zero see menu page 17)

Note : Exit from mode programming saving the configuration will reset the

alarm recordings to zero.

• Display of the alarm messages

A programme alarm message can be made to appear alternating with

measure . The message will appear only during the alarm state, when the

associated Led is lit.

• Setting of setpoints: There are 2 ways to adjust setpoints:

- either in mode programming by entering the correct access code

- or by pressing simultaneously on and if the access to a fast

entering has been authorized during programming of the code (see p18)

· On the relays:

No influence of error detections on the relay

Relay desactivated (coil not supplied) in case of error

detection

Relay activated (coil supplied) in case of error detection

Note : The Led is either still or lit according to its programming in menu

rELAY.

· On the analog output

If a return value has been programmed

Value included between: 0 and 22 mA (current output)

or 0 and 11 V (voltage output)

4.6.4 Safeties:

The meter permanently watches some of its internal parameters. In case

it detects any odness on one or several of these parameters, it will warn

the user.

The error information can be reported:

· On the display: An error message appears alternating with measure;

an error code is registered and can be read in menu About (see p16)

Coding:

1 : Programming error

2 : Offset error

4 : Offset drift

8 : Input calibration error

16 : Output calibration error

32 : Internal drift

64 : Input upper or lower electrical overstepping

If the instrument detects for instance an offset error (2) and an offset drift

error (4) the error code value will be 6 (2+4).

M

4.6.5 Display features:

Decimal point location

Display corresponding to the input down scale

Display corresponding to the input full scale

− If display full scale > display down scale and if display

≤ cut off value, then it is enforced at down scale

− if display full scale < display down scale and if display

≥ cut off value, then it is enforced at down scale

• Filtering:

In order to optimise the filtering and response time, the instrument is

provided with a digital filter, programmable on 2 parameters.

Filtering integration indice: programmable from 0 to 10

Measure range on which the filter will be active, set in %

(0,1; 0,5; 1 ; 5; 10 ;100 %)

eg : IntEG : 3 F.band : 0,5 %

The indice 3 filter is active when measure varies by ± 0,5% . When it

overstepps 0,5% it is no longer filtered. This allows a min. response

time, while cutting off a parasite noise of ±0,5% covering the signal and

causing an unsteady measure. If F.band = 100% the filter becomes

active on the whole measure range.

Point

d.diSP

F.diSP

Cut.oF

IntEG.

F.band

t.Act.X

SIMPL

doubL

• Response time:

Note: For the analog output response time, 40ms must be added to

the values indicated in the table.

For the relays: the reacting time of the relay (7ms) and the time delay

programmed on the alarms must be added.

• Setting of the digits brightness:

Lowest brightness Strongest brightness

p14

br.diG

1111

Auto.O

rS

4444

1111 4444

br.bAr

L.dIG

nuLL

nuLL YES

=

nuLL no

YES

=

nuLL

d.bArG

LEd x

no

tor 1

tor 2

tarE

F.bArG

no

YES

=

• Adjusting of the bargraph and Leds brightness

Lowest brightness Strongest brightness

The brightness level is visualised directly on Leds 5 and 8 and on the

bargraph.

Caution: during setting, the 4 Leds and the bargraph no longer represent

the measure, even in mode reading.

• Last digit (LSB)

In mode programming, the menu L.dIG allows a choice for the rounding

up of the last digit : 1, 2, 5, 10, 20, 50 or 100.

• Deleting of the unsignificant zeros

Deletes the unsignificant zeros on the left hand side.

Eg : Display value 0015

Display 0015

Display 15

Eg : Display value 00.15

Display 00.15

Display 0.15

• Bargraph display factor (option bargraph only)

Display corresponding to still bargraph (0%)

Display corresponding to fully lit bargraph (100%)

In case of overstepping, the bargraph starts to blink.

• Programming of Leds 5 to 8

Each Led numbered from 5 to 8 can be individually associated to one of

following functions in menu

Led still (no associated function)

The Led is lit when LOGIC input 1 is active

The Led is lit when LOGIC input 2 is active

The lit Led indicates a registered tare

The Led is lit during sending of the sequence, response of

the instruments digital data link

The Led is lit when the instrument is internally

performing a self-calibration

Typical

response

time at

90%

100 ms

DIP

506 325 ms 600 ms

intEG 0 1 2

1 s

3

1,5 s

4

2 s

23 ms

DIP

506 S

Typical

response

time at

90%

DIP

506

intEG

DIP

506 S

43 ms 63 ms 100 ms 180 ms 270 ms

5

3 s 5 s 7,5 s

6 7 8

10 s

9

15 s

360 ms 530 ms 880 ms 1,3 s 1,8 s

10

• 4.7 Configuration of the instrument

Programming of the auxiliary power supply frequency, in order

to optimise the rejection of the parasite noise it may send

disturbing the measure.

50 Hz

60 Hz

Note: if the instrument is supplied in DC, programme the standard

operating network frequency.

Programming menu of the internal self-calibration.

• Internal self-calibration: the insrument will at intervals perform an

internal self-calibration, in order to catch up with any drifts of its

components.

During this operation, the instrument response time can be of 120 ms in

mode fast and 360 ms in mode normal.

These self-calibrations are performed every 10 seconds during the 10

minutes following a setting on tension (time necessary for stabilisation

of the components).

After this time, the instrument will perform a self-calibration if the

internal temperature varies by approx. 3°C.

This self-calibration can be deleted by programming in the case where

the variations temperature variations are not too significant, where the

instrument response time is necessary and a light drift in temperature of

the measure can be admitted.

Programming menu of the internal self-calibration.

Deleting of the self-calibration on the temperature variation

Activation of the self-calibration on the temperature variation

Note:

The insrument will also perform 3 self-calibrations during the 30 sec-

onds following a programming exit with configuration saving (SAvE, YES)

or after an electrical overstepping on the input (if input > 110% of the

caliber).

SEt.CF

FrE.

50

Auto.O

60

no

YES

Only for the fast version

(DIP506S)

p15

Programming of the bridge excitation voltage

5.000 . 5V

10.00 . 10V

Programming menu of the accesses to functions directly by

pressing 1 key, or 2 simultaneously, in mode mesure.

Standard configuration

Re-configuration

Functions:

min. value display

Max. value display

min. and Max. zero reset

Direct input measuring

Reading and program. (if authorized, see p16) of setpoints

Zero reset of alarm recordings

Access to menu tare

Tare zero reset

• Modification of the keys configuration

ALiM

butto.

AF.InF

AF.SuP

CLrM

dIr.In

AF.SPt

CLEAr

tMenu

CLr.tA

StAnd

SEt

Possible key combinations for

access to the functions:

Choose the desired function in the

menu, and enter.

The current key code appears.

(See p 10)

Note: The key and the code

can not be modified.

43--

M

Press the keys cor-

responding to the

new access and keep

pressing until thenew

key code appears.

Then the menu will

pass on to next

function.

«

AF.InF 4--- 4 - - -

- 3 - -

- - - 1

4-2-

4 - - 1

-32-

- 3 - 1

--21

M

4.9 Access code

An access code adjustable from 0000 to 9999 serrves to protect the

instrument and its setpoints from unauthorized programming, and to lock

access to some functions.

0 0 0 0 Factory code

x x x x

0 to 5 Access to the automatic setting

6 to 9 No access

0 to 5 Access to the display and output simulations

6 to 9 No access

0 to 5 Access to the menu “tare”

6 to 9 No access

0 to 5 Access to the fast entering of alarm setpoints

6 to 9 No access p16

rEAd

InPut

diSPL

Out.MA Out.U

JbuS

Pr.diS

SEt.CF

About

4.8 Reading of the configuration

Reading of the input parameters

Reading of the measure display parameters

Reading of the analog output parameters

(option analog output)

Reading of the communication parameters

(option digital output)

Reading of the LOGIC input parameters

(option LOGIC input)

Reading of the alarm parameters

(option 2 or 4 relais)

Reading of the safety parameters

Reading to the display programming

parameters (Leds, bargraph Leds...)

Reading of the instrument configuration menu

Reading of the instrument own parameters

In each reading submenu, use keys and , to move, and key

to visualise parameters.

If no key is pressed during 20 s., the instrument will automatically

resume measure display.

or

Validation / Vertical move

rELAY

SECU

tor

About

D506

n0

A0123

ProG

02.00

0Pt10.

Ar4--.

Err.

0000

CH.SUM

FC4E

Validation / Vertical

move

Instrument type

Submenu

instrument number

programme version

code of installed

options

error code in case of

error self-diagnosis

check sum of the flash

memory

X1 : - : No analog output

A : Analog output

X2 X3 : - - : No relay output

r- : Output 2 relays

r4 : Output 4 relays

X4 : - : No RS output

n : RS output

X5 - : No LOGIC input

t : 2 LOGIC inputs

(.) : decimal point still :

not bagraph

“.” : decimal point lit :

option bargraph

XXXXX

12345.

XXXXX

12345.

p17

4.10 New programming of the access code

P.CodE

no

Enter previ-

ous code

if code not valid

(old)

display during 2s.

and revert to the

measure display

new code

registered Revert to the measure

display

if code correct

(old)

Enter new

code

SIMUL

Display value

M

Press Menu to

revert to the

measure

display.

if

4.11 Functions accessible in the main menu

4.11.1 Display simulation

(accessible according to the programmed access code and with

option relays or analog output)

The display can be simulated with the meter in order to validate the

analog output and relays configuration in the system.

Note: During the simulation, the instrument no longer measures, the ana-

log output and the relay outputs react according to the entered display.

If alarm messages have been programmed, they may appear during the

simulation.

M

Press Menu to

revert to meas-

ure display.

GEnE.

Output value

M

if

Enter value to

be injected

Note: During simulation, the instrument keeps measuring, only the

analog output no longer reacts to the measure.

(accessible according to the programmed

access code and with option analog output)

CLEAr

4.11.3 Menu : Deleting of the recorded alarms

Accessible in the main menu and by keys , standard direct access

If the latching function has been programmed:

After a setpoint has been passed, the status of the relay will be recorded.

If the setpoint is passed back the other way, the relay status does not

change and the corresponding Led starts to blink.

To come back to the normal status (Led not blinking and relay in the

correct state) use menu CLEAr.

CLEAr

the recorded alarms will

not be deleted

Deleting of the recorded

alarms, and revert to the

measure display

Note: An exit from the programming mode with configuration saving will

automatically reset the alarm recordings to zero.

Reminder: If no key is pressed during 1 min, the instrument will

automatically resume measure display.

Entering of a new dis-

play value

4.11.2 Analog output simulation (mode generator)

p18

t.MEnu

t.Auto

t.MAnu

t.CALC

CLr.tA

InF

4.11.4 Menu : Menu tare (Standard direct access by + )

Accessible according to the programmed access code and if measure is not

in overstepping (display ...)

3 types of tare are possible

Automatic tare

The mesure present on the input is registered as tare

The display is then brought back to d.diSP

Manual tare

Pressing on opens access to the tare entering menu.

The value programmed in display points will be taken as tare.

Calculated tare

Pressing on opens access to the NET value entering

menu. The tare value will be the measure present on the input less the

NET value entered in display points.

(Standard direct access : + )

Pressing on deletes the recorded tare and reverts to the normal

measure display.

Note: The tare will be saved in case of power supply cut.

One of the Leds from 5 to 8 can be programmed to check if the measure

is taking into account a tare or not (see p 14).

4.11.5 Menu : deleting of the min. and max. values

(Accessible by in standard direct access).

Pressing on will delete the min. and Max. values

These values will not be saved in case of power supply cut.

4.11.6 Menu min. value display.

(Accessible by in standard direct access)

Pressing on allows visualising the min. recorded value, shown

alternating with message

Revert to measure with or after 20 seconds)

dir.In

5.1 Direct measure visualising

Accessible by + in standard direct access

Pressing on these 2 keys allows visualising the signal directly in mV,

without processing: scale factor or linearisation.

M

Ajusting of setpoints: There are 2 ways to adjust setpoints.

- either in mode programming by entering the correct safety access code

(see page 16)

- or by pressing simultaneously on + in standard direct access

The meter will then show message SP.x or SPx.x alternating with the

corresponding setpoint value.

The various setpoint values can be accessed by and .

These setpoints can then be modified (if access code < 6000

by pressing

When the setpoint is adjusted press to come back to the

setpoints reading menu.

Once all setpoints are adjusted, just press key

and the meter will revert to mode measure, taking the new values into

account.

If no key is pressed during 60 s. the meter will resume measure

display without modifying the setpoints value.

5.2 Visualisation and setting of alarm setpoints

5. FURTHER FUNCTIONS

M

Option 2 or 4 relays

4.11.7 Display of the Max. value.

(Accessible by in standard direct access)

Pressing on allows visualising the min. recorded value shown

alternating with message

Revert to measure with or after 20 seconds)

CLrM

SuP

M

p19

M

5.3 Automatic setting

(according to programmed access code see p 16)

Menu accessible by pressing keys +

in mode measure.

Note : The instrument must be connected to the sensor and under volt-

age since15 min. at least before the setting in order to have a steady

temperature.

Before performing the automatic setting, the input caliber, the type of

curve (linear or special) as well as the number of points in the case of

the special curve (see page 11) must be defined in the programming

menu.

Apply on the sensor the value corresponding to the point to be set.

Press simultaneously on keys + to access the menu and use

or to select the point to be adjusted.

After pressing key the instrument will indicate during 3 seconds

the value in mV it is measuring, and then the value of the scale factor

corresponding to this point.

Confirm or enter a new value by .

Pressing key during the display or entering of the scale factor

allows to go on to the next point setting without saving the previously

set point.

Pressing key during the display of d.in Axx or F.in allows exit from

the automatic setting. The instrument will then offer to save the setting,

or not.

Note: The instrument will automatically revert to mode measure without

saving the settings if no key is pressed during 15 min.

If the caliber defined in the programming is not well adapted in relation

to the adjusted points, the instrument will show message out.rA during 3

seconds on setting exit.

To obtain a better accuracy, it is then preferable to programme a lower

caliber and go through the setting again.

Message out.rA also appears during an electrical overstepping during

the setting. In this case, choose the higher caliber in the programming

menu.

idem

If special

curve

* If pressing on Menu , on to next

point without saving the previous

point.

*

exit without

saving

value in mV

exit saving the adjusted

points

idem

Value of the

corresponding

scale factor

xx.xx d.diSP

Value of the new

scale factor

3s.

d.in

SAvE

YES no

M

YES no

A01

AXX

F.in

SAvE

ARDETEM DIP 506 Instruction Manual

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